About Us
Arde Wind, with its wind turbine blade production infrastructure for more than 20 years, has been providing field blade repair operations services in accordance with the quality system management of its customers for more than 10 years, and continues the same service principle in a sustainable framework. We aim to be your business solution partner with its targets and experienced staff.
- Service with Full of Reliability and Quality
- Professional Squad
- Customer Happiness and Privacy
OUR SERVICES
Nacelle Spinner Hub Parts Repair Applications
These parts, which have the same structure as the wings, can become damaged during transport, installation, or due to weather conditions. After periodic checks, these parts need to be repaired or replaced. Rope Access Repair and Inspection
Nacelle Spinner Hub Parts Repair Applications
These parts, which have the same structure as the wings, can become damaged during transport, installation, or due to weather conditions. After periodic checks, these parts need to be repaired or replaced. Rope Access Repair and Inspection
Nacelle Spinner Hub Parts Repair Applications
These parts, which have the same structure as the wings, can become damaged during transport, installation, or due to weather conditions. After periodic checks, these parts need to be repaired or replaced. Rope Access Repair and Inspection
Nacelle Spinner Hub Parts Repair Applications
These parts, which have the same structure as the wings, can become damaged during transport, installation, or due to weather conditions. After periodic checks, these parts need to be repaired or replaced. Rope Access Repair and Inspection
Nacelle Spinner Hub Parts Repair Applications
These parts, which have the same structure as the wings, can become damaged during transport, installation, or due to weather conditions. After periodic checks, these parts need to be repaired or replaced. Rope Access Repair and Inspection
Rope Access Repair and Inspection
Rope access is an effective intervention technique that can quickly provide a close examination of damaged wing surfaces due to environmental factors. It allows for onsite intervention and can provide the best possible intervention for the damage seen on the wing.
Rope Access Repair and Inspection
Rope access is an effective intervention technique that can quickly provide a close examination of damaged wing surfaces due to environmental factors. It allows for onsite intervention and can provide the best possible intervention for the damage seen on the wing.
Rope Access Repair and Inspection
Rope access is an effective intervention technique that can quickly provide a close examination of damaged wing surfaces due to environmental factors. It allows for onsite intervention and can provide the best possible intervention for the damage seen on the wing.
Rope Access Repair and Inspection
Rope access is an effective intervention technique that can quickly provide a close examination of damaged wing surfaces due to environmental factors. It allows for onsite intervention and can provide the best possible intervention for the damage seen on the wing.
Rope Access Repair and Inspection
Rope access is an effective intervention technique that can quickly provide a close examination of damaged wing surfaces due to environmental factors. It allows for onsite intervention and can provide the best possible intervention for the damage seen on the wing.
Rope Access Repair and Inspection
Rope access is an effective intervention technique that can quickly provide a close examination of damaged wing surfaces due to environmental factors. It allows for onsite intervention and can provide the best possible intervention for the damage seen on the wing.
Rope Access Repair and Inspection
Rope access is an effective intervention technique that can quickly provide a close examination of damaged wing surfaces due to environmental factors. It allows for onsite intervention and can provide the best possible intervention for the damage seen on the wing.
Hand Lamination and Vacuum Bag Applications
In the hand lamination method, the fiber/resin ratio cannot be standardly provided. During repairs, it can be seen that the fiber layers we want to adhere to do not adhere perfectly to the entire surface or leave small air pockets. To ensure that the ratio of fiber to resin is constant and the geometry of the laid fibers fully cover the repair area without any voids, the vacuum bagging method is used in addition to the hand lay-up method. The vacuum bagging method utilizes negative pressure to compress the fiber-resin laminate.
Hand Lamination and Vacuum Bag Applications
In the hand lamination method, the fiber/resin ratio cannot be standardly provided. During repairs, it can be seen that the fiber layers we want to adhere to do not adhere perfectly to the entire surface or leave small air pockets. To ensure that the ratio of fiber to resin is constant and the geometry of the laid fibers fully cover the repair area without any voids, the vacuum bagging method is used in addition to the hand lay-up method. The vacuum bagging method utilizes negative pressure to compress the fiber-resin laminate.
Hand Lamination and Vacuum Bag Applications
In the hand lamination method, the fiber/resin ratio cannot be standardly provided. During repairs, it can be seen that the fiber layers we want to adhere to do not adhere perfectly to the entire surface or leave small air pockets. To ensure that the ratio of fiber to resin is constant and the geometry of the laid fibers fully cover the repair area without any voids, the vacuum bagging method is used in addition to the hand lay-up method. The vacuum bagging method utilizes negative pressure to compress the fiber-resin laminate.
Hand Lamination and Vacuum Bag Applications
In the hand lamination method, the fiber/resin ratio cannot be standardly provided. During repairs, it can be seen that the fiber layers we want to adhere to do not adhere perfectly to the entire surface or leave small air pockets. To ensure that the ratio of fiber to resin is constant and the geometry of the laid fibers fully cover the repair area without any voids, the vacuum bagging method is used in addition to the hand lay-up method. The vacuum bagging method utilizes negative pressure to compress the fiber-resin laminate.
Hand Lamination and Vacuum Bag Applications
In the hand lamination method, the fiber/resin ratio cannot be standardly provided. During repairs, it can be seen that the fiber layers we want to adhere to do not adhere perfectly to the entire surface or leave small air pockets. To ensure that the ratio of fiber to resin is constant and the geometry of the laid fibers fully cover the repair area without any voids, the vacuum bagging method is used in addition to the hand lay-up method. The vacuum bagging method utilizes negative pressure to compress the fiber-resin laminate.
Hand Lamination and Vacuum Bag Applications
In the hand lamination method, the fiber/resin ratio cannot be standardly provided. During repairs, it can be seen that the fiber layers we want to adhere to do not adhere perfectly to the entire surface or leave small air pockets. To ensure that the ratio of fiber to resin is constant and the geometry of the laid fibers fully cover the repair area without any voids, the vacuum bagging method is used in addition to the hand lay-up method. The vacuum bagging method utilizes negative pressure to compress the fiber-resin laminate.
Vortex Generator Assembly and Replacement Applications
Vortex generators evenly distribute the airflow passing over the intake shell and provide a uniform direction, thereby reducing the flutter of the wing in wind moments. Depending on the average rotor moment and wind regime in the field, they can increase the annual energy yield (AEP) by 1.5% to 3%. These parts are replaced after periodic checks when they deteriorate over time.
Vortex Generator Assembly and Replacement Applications
Vortex generators evenly distribute the airflow passing over the intake shell and provide a uniform direction, thereby reducing the flutter of the wing in wind moments. Depending on the average rotor moment and wind regime in the field, they can increase the annual energy yield (AEP) by 1.5% to 3%. These parts are replaced after periodic checks when they deteriorate over time.
Vortex Generator Assembly and Replacement Applications
Vortex generators evenly distribute the airflow passing over the intake shell and provide a uniform direction, thereby reducing the flutter of the wing in wind moments. Depending on the average rotor moment and wind regime in the field, they can increase the annual energy yield (AEP) by 1.5% to 3%. These parts are replaced after periodic checks when they deteriorate over time.
Vortex Generator Assembly and Replacement Applications
Vortex generators evenly distribute the airflow passing over the intake shell and provide a uniform direction, thereby reducing the flutter of the wing in wind moments. Depending on the average rotor moment and wind regime in the field, they can increase the annual energy yield (AEP) by 1.5% to 3%. These parts are replaced after periodic checks when they deteriorate over time.
GALLERY
Photos from Our Work Fields
CONTACT US
ARDE WIND
WE ARE ALWAYS HERE FOR YOU WITH OUR 10 YEARS OF EXPERIENCE.
Here are our social media links where you can reach us.
Ercüment Akçilpunar
(Field Operations Manager)
eakcilpunar@ardewind.com
+90 536 899 9009
Volkan Elmakasta
(Operations Manager)
velmakasta@ardewind.com
+90 555 831 9493